Electronic devices and sensors, embedded systems, automation, PCs, software. Select the appropriate technology stacks to serve your purpose and strategy. Follow current trends and acquire understanding of how, where, and why to apply them.
TECHNOLOGIES
The evolution of technologies creates high pressure for individuals and companies as there is more and more knowledge to acquire and master. Fortunately, we can rely on the invariable fundamentals of engineering and mathematics.
The KISS (“Keep it simple, stupid!”) principle stated by the quote from Antoine de Saint-Exupery: “Perfection is achieved, not when there is nothing more to add, but when there is nothing left to take away.” remains a valuable guideline for engineering designs.
On IT and telecommunication pressure is even higher. In the 1960s, the theory of automata, as the fundamentals of computational science, was compiled by the collective work of scientists such as Claude Shannon and John von Neumann. Nowadays, additional concepts of high-level programming are created and promoted.
Another fundamental in computing and engineering is the use of black boxes to formulate the behavior and goal of systems and create separations for “Work Breakdown structure”. Other complementary ways, such as flowcharts, UML, and FDS documentation, allow us to share the abstraction or nature of systems with customers and stakeholders.
Application of emerging methodologies facilitates our activities and increases efficiency in reaching our goals. For example, “System-In-the-Loop” allows us to reduce risk in the design of solutions and reduce product time to market.
Imagine … Design … Create … Test … Validate/correct … Repeat
SOLUTIONS
Industrialization of manufacturing processes (bonding, welding, winding, leak tests, lasers, chemical IR sensors, vision inspection with cameras, …).
Motion control with rotary and linear motors.
2D and 3D visualization.
Data storage and manipulation (MES, historians, interaction with ERP).
Laboratory process equipment.
Embedded systems.
SKILLS
- Reverse engineering
- Electronics and metrology
- Interface and protocols
- Embedded systems (Low-level software)
- Automation or Control engineering
- Desktop software (High-level software)
- IT and networking
PROGRAMING AND SCRIPTING LANGUAGES
- Object-oriented, sequential, real-time and functional programming.
- PLC and SCADA.
- Language parser and code generators.
- Software modeling and process design.
- Digital Signal Processing.
- Database modeling.
C, C++, C#, SQL, IEC61131-3 (Structured text, Ladder, Function blocks), Pascal, Delphi, XSD/XML, OpenGL, WPF, VBScript, Javascript, Batch, Powershell, AutoIt, Asp.Net, MS Blazor, PHP, HTML, CSS, VB.NET, VHDL, Abel
PROTOCOLS, TECHNOLOGIES AND COMPONENTS
Technologies: .Net, WCF, Services, TCP/IP, ModBus, CANbus, Serial communication, ASI, Ethernet/IP, Profibus, OPC Fondation, Versioning (SVN, Git) …
Components: TeeChart, Crystal Report, Resharper, Telerik and those that I make myself.
PROFESSIONAL SOFTWARE
Microsoft SQL Server, MS Visual Studio, Vmware vSphere, Matlab/Simulink, Autocad Electrical, IAR Embedded Workbench, Mentor Graphics ModelSim, MS Office, BR automation studio, Rockwell RS logix/FactoryTalk, Codesys (Maxon and Compax), Eclipse and many others.
ABOUT THIS WEBSITE
This website was designed with:
- Hugo as open-source static site generators.
- PHP with Composer (PHP dependency manager) for contact form.
- Free images and icons from https://unsplash.com/, https://pixabay.com/ and https://uxwing.com/
- Opensource software’s for 2D and vector manipulation as well as for image generation.
Contact us now to book a presentation and discover more about this topic.
